Radiation of lightning, X-ray, can have energy exceeding 20MeV.
Almost nothing is done to help prevent lightning strikes. This is because if lightning does hit, then all it will do is scorch the struck part of the ship of kill electronic navigation. Lightning doenst strike ships much to begin with, however.
Because the tropical heat on the surrounding ocean creates warm moist air that drives thunderstorms, which are the weather phenomena that create lightning.
On average, there are about 44 flashes of lightning per second and 2,400 times per minute on Earth. This equates to approximately 1.4 billion lightning strikes worldwide every year.
The lightning bolt exhibit at Questacon uses about 500,000 volts of electricity to create a visible lightning strike in a controlled environment. This demonstration helps visitors understand the power and force of lightning in a safe and educational setting.
Lightning can strike anywhere and it is certain that over geological time ALL places on Earth have been struck more than once. In cases where something on the surface may build up an electrical charge at a point (eg a lightening rod) then the lightning will certainly strike it much more frequently. Also if one films a SINGLE lightning strike at high speed, it is clear that what we see as a single strike is in fact many strikes, one after the other using the same ionised discharge path between the sky and earth. So a single lightning bolt actually strikes the same place more than once.
A single lightning strike contains enough electricity to power a typical household for about a month.
Almost nothing is done to help prevent lightning strikes. This is because if lightning does hit, then all it will do is scorch the struck part of the ship of kill electronic navigation. Lightning doenst strike ships much to begin with, however.
The term "tar drees" does not make sense". Also, 100 Coulombs is awfully small for a lightning strike. Please restate the question.
Normally lightning will more likely strike areas that are higher in elevation and objects that are good conductors of electricity. The path from cloud to ground is shorter and the required potential is lower. Thus, lightning frequently hits tall hills, tall buildings, and tall trees. Lightning also finds the easiest way to get to the ground without having to cross as much of the atmosphere. Except when ionized, air is not a good conductor. Lightning rods are designed to prevent damage to structures. They give the electric charges an easy path to the ground.
Because the tropical heat on the surrounding ocean creates warm moist air that drives thunderstorms, which are the weather phenomena that create lightning.
The Tangerine County of Florida gets hit by so much lightning because the state is a peninsula completely surrounded by warm tropical water. Evaporation in the unstable air of the tropics creates thunderstorms, and these create lightning.
If you hear the thunder almost at the same time as the lightning flash - the storm is directly overhead. Usually - the sound of thunder arrives a few seconds after the lightning, because light travels much faster than sound.
A single bold of lightning contains around 5 billion joules of energy. This is enough energy to power an average sized household for an entire month.
On average, there are about 44 flashes of lightning per second and 2,400 times per minute on Earth. This equates to approximately 1.4 billion lightning strikes worldwide every year.
People study lightening because it causes a lot of damage when it touches the ground or hits a person. Lightening is continually studied because there is not much know about where it will strike and why.
this depends on what you are asking, exactly. the actual measurement of power is very different than if you were asking how many volts are in a bolt a lightning. please clarify your question so we know how to answer.
none. They are safe.